Lunar Soil Dynamics Scientist - Remote

Outward Technologies; Broomfield (CO); On-site; USD 85,000 - 105,000; Full time

Job summary

Outward Technologies is seeking a Research Scientist to develop multiphysics software for lunar soil and terrain simulations using DEM and continuum methods. The role focuses on dynamic soil-wheel interactions, validating models with lab and mission data, and extending tools for terrestrial applications.

The position allocates 80% to design/development, 15% to commercialization, and 5% to grant proposals, with a path toward open-source collaboration and grant-backed projects.

Qualifications

• Developing multiphysics models with granular materials or particle-based systems.
• Developing physics-based numerical models using continuum/Discrete methods.
• Using experimental data to calibrate modeled response of discrete systems.

Responsibilities

• Generate dynamic soil mechanics models using DEM and continuum methods.
• Analyze experimental data from lab or rover missions to inform models.
• Optimize software to reduce computational time and improve performance.
• Plan projects involving multiphysics simulations of granular materials.
• Write technical proposals for research projects in terramechanics and additive construction.
• Identify dual-use applications for software in terrestrial industries.
• Prepare technical documents and presentations for stakeholders and funding agencies.
• Assist in multiphysics modeling of lunar surface construction and resource extraction.

Skills

Communication skills

Open-source DEM

FEM/CFD software

CAD/CAM software

Version control (GitHub)

Project organization

Collaborative work style

Lean/multi-tasking

Education

BS in Engineering

MS in Engineering

PhD in Engineering

Tools

LIGGGHTS

YADE

OOFEM

OpenFOAM

SolidWorks

Onshape

Rhino

GitHub

Job description

Outward Technologies is seeking a Research Scientist to develop multiphysics software for lunar soil and terrain simulations using DEM and continuum methods. The role focuses on dynamic soil-wheel interactions, validating models with lab and mission data, and extending tools for terrestrial applications.

The position allocates 80% to design/development, 15% to commercialization, and 5% to grant proposals, with a path toward open-source collaboration and grant-backed projects.